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These technologies have applications for organic motion capture, biomechanics research, range of motion studies, sports studies, ergonomics studies, and telerehab. Biomechanical motion sensing allows one to obtain human joint angles from body worn sensors.
By employing mechanical principles to improve a person’s technique, the equipment they use, and the specific training regimens that the coach or trainer uses to help an individual reach their goals, biomechanics improves performance.
The Global biomechanical sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Biomechanical methods which rely on sensors for body movement recording, have been developed in addition to observational approaches.
The most common simple techniques for measuring postures, movements, and force exertion are goniometry, inclinometry, accelerometry, and electromyography. Biomechanical methods can provide a significant amount of accurate data about exposure variables, so it’s crucial to create the correct protocol for using them.
It would be possible to increase the validity of observational methods by comparing the outcomes of simple methods with those of observational techniques.
Before conducting a workplace investigation using biomechanical techniques, it is crucial to develop a precise protocol outlining which sensors should be utilised and how the measurements should be carried out.
To create a suitable procedure for biomechanical measurement in industrial assembly was the study’s main objective. The additional objectives of our study included testing this protocol and contrasting it with two observational techniques, SCANIA Ergonomic Standard (SES) and RULA.
SES is an internal observational technique used to examine posture, force, lifting, and repetition, and RULA is a widely utilised technique for posture evaluation.
It showed that both RULA and SES agreed with the outcomes of the biomechanical approaches when assessing some risk factors. On the postures of the wrist and the neck, there was dispute.
While the biomechanical approach was more accurate than observational methods, some risk factors assessed using observational methods were not detectable with the biomechanical approaches employed.
